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Main
UQU Programs
Civil Engineering

Construction Engineering

CE4402
3 hours English

Construction Engineering

Construction Engineering
CE3105 Reinforced Concrete Design (1)
3 hours One requisite
1 Overview of the Construction Industry: Sectors, Equipment Roles, and Emerging Technologies
2 Earthmoving Materials and Operations: Earthmoving Techniques, and Equipment Selection
3 Excavation and Lifting Equipment: Excavators, Draglines, Cranes, and Hoisting Mechanisms
4 Loading & Hauling Equipment: Dump Trucks, Scrapers, Loaders, and Conveyor Systems
5 Compacting & Finishing Equipment: Rollers, Vibratory Plates, and Surface Smoothing Techniques
6 Rock Excavation and Blasting: Drilling Equipment, Blasting Techniques, and Safety Considerations
7 Midterm Exam and Review
8 Paving and Surface Treatments: Asphalt Pavers, Concrete Paving Machines, and Road Maintenance Equipment
9 Concrete Construction Methods and Equipment: Mixing, Placing, and Curing Techniques
10 Concrete Formwork Design: Scaffolding, Shoring, Falsework, and Structural Considerations
11 Construction Safety: OSHA Regulations, Hazard Identification, and Equipment Safety
12 Improving Productivity and Performance: Equipment Utilization, Maintenance Strategies, and Cost Optimization
13 Automation and Smart Construction Equipment: Robotics, GPS-Controlled Machinery, Drones, and AI Applications
14 Machinery, Drones, and AI Applications
15 Course Summary, Case Studies, and Final Review
1.1 Mapped to: K1

Explain the role of construction equipment and key industry trends.

Teaching Strategy Lectures, and case studies.
Assessment Methods Quizzes, and assignments,
1.2 Mapped to: K2

Classify materials and evaluate excavation, lifting, and hauling equipment.

Teaching Strategy problem-solving exercises.
Assessment Methods Assignments, Reports
2.1 Mapped to: S1

Understand compaction, grading, and paving techniques.

Teaching Strategy Hands-on demonstrations, and field visits.
Assessment Methods Practical assessments, and quizzes
2.2 Mapped to: S2

Explain concrete mixing, placement, curing, and temporary structures.

Teaching Strategy Case studies, design exercises, and guest lectures.
Assessment Methods Design projects, assignments, and exams
2.3 Mapped to: S3

Identify hazards and implement safety measures in equipment operation.

Teaching Strategy Safety demonstrations, workshops, and interactive discussions.
Assessment Methods Safety evaluations, group projects, and exams.
3.1 Mapped to: V1

Enhance equipment efficiency and project resource management.

Teaching Strategy Problem-solving sessions, and real-world case analysis.
Assessment Methods Project presentations, reports, and class participation.
3.2 Mapped to: V2

Explore robotics, GPS control, and AI applications in construction.

Teaching Strategy Multimedia demonstrations,and research projects.
Assessment Methods Research paper, presentations, and final exams.
Assessment
Weight
Written Exam
20%
Group Project
10%
Assignments
10%
Case Study Report
10%
Final Exam
50%
Total
100%